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NEW VESICLE-POLYMER HYBRIDS - THE PARACHUTE ARCHITECTURE

机译:新的船型与聚合物型混合动力车-伞形结构

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The influence of organized media on polymerization reactions results in many cases in interesting morphologies of the polymeric material. In the present study, vesicle bilayers were used as ordered medium for the free radical polymerization of styrene. Cryo-electron microscopy gives evidence that the polymerization induces phase-separation phenomena leading to parachute-like morphologies. On the basis of general knowledge about vesicles and polymerizations in heterogeneous media, explanations for the observed phenomena are given. Bearing in mind that vesicles are outstanding models for membrane mimetic chemistry, it becomes evident that these findings can be relevant to the investigation of, for example, membrane-protein interactions. [References: 27]
机译:在许多情况下,有组织的介质对聚合反应的影响导致聚合物材料具有令人感兴趣的形态。在本研究中,囊泡双层被用作苯乙烯自由基聚合的有序介质。低温电子显微镜提供了证据,证明聚合反应引起相分离现象,从而导致降落伞状形态。根据有关非均质介质中囊泡和聚合反应的常识,对观察到的现象进行了解释。牢记囊泡是膜模拟化学的杰出模型,很明显,这些发现可能与例如膜-蛋白质相互作用的研究有关。 [参考:27]

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